Machine Learning Strategies in Quantum-Resistant Network Security Protocols
Vijay Dhote, Mohd. Sadim, Paresh Tanna, Annapurnanand Tiwari · 2023
The cryptographic techniques that underpin current network security standards run the risk of becoming outdated due to the advancement of quantum computing. Researchers and industry professionals are working to create novel strategies for protecting the privacy of confidential data in the post-quantum age. In this study, we explore the possibility that a mix of quantum-resistant network security protocols and machine learning techniques might serve as a potent countermeasure against the growing threat posed by quantum computers. This is the latest addition to the way we've been talking about it. By employing machine learning, we can enhance the effectiveness and adaptability of encryption systems, strengthening network security, therefore. Furthermore, we discuss the potential contributions of several machine learning methods, including neural network-based approaches, pattern recognition, and anomaly detection, to the field of quantum-resistant security protocols. Considering the emergence of quantum computing, combining machine learning with quantum-resistant encryption has become a crucial tactic for protecting sensitive data. This cooperative endeavor, which will be advantageous to both sides, clarifies a crucial tactic. Our results demonstrate that machine learning offers the potential to be a powerful partner in the never-ending fight to protect digital assets. The understanding that our results provide is crucial for building safe networks in the era of quantum computing.